Accessible Technologies, Inc.

Other

Kenneth C Jones

Michael A Carlson

Glennon J Roderique

Jonathon K Kemnitzer

Daniel W Jones

Matthew Scott Dunn

Damian G Kuiper

Chris E Grill

Jonathan M Taylor

Bradley J Satterwhite

A supercharger assembly includes a dry-running CVT coupled to a speed multiplying gear set, which is in turn coupled to a centrifugal supercharger. The CVT includes a CVT housing which has an opening formed therein to provide access to a face of the driven pulley, and a plurality of equally spaced bolt receivers arranged in a circle around the opening. The gear assembly includes a gear housing formed separate from the CVT housing. The gear housing has a plurality of bolt holes formed in it which are arranged in a circle and alignable with respective ones of the bolt receivers. The gear housing is selectively rotatable relative to the CVT housing by moving each of the bolt holes from alignment with a first respective one of the bolt receivers and into alignment with a second respective one of the bolt receivers and then installing fasteners therein.

CVT driven supercharger with selectively positionable speed multiplying gear set

A compressed air delivery system in which power from a power supply is transmitted to a rotary air compressor through a dry running, continuous variable transmission (CVT) utilizing a belt coupled between two pulleys enclosed within a CVT housing. The air pressure differential created by the rotary air compressor is used to urge cooling air through the CVT to cool the CVT belt. The pressure differential may be utilized to push cooling air into the CVT housing or to draw cooling air through the CVT housing. In one embodiment, a portion of the compressed air discharged from a supercharger may be routed through a bleed line and into the CVT housing.

Compressed air delivery system with integrated cooling of a continuous variable transmission

Industrial compressor cabinet

Blower cabinet

A multi-phase centrifugal supercharging system () configured for supplying compressed induction fluid to an engine (E) is disclosed. The air induction system () broadly includes a drive assembly () powered by the engine (E), a supercharging assembly () driven by the drive assembly () to compress induction fluid, and an induction fluid flow control assembly () in communication with the supercharging assembly () to control operation of the supercharging assembly () and cooperating therewith to deliver the compressed induction fluid to the intake manifold (IM) of the engine (E). The supercharging assembly () includes a pair of centrifugal superchargers (and) that are phased by the control assembly () between multiple operating phases, including a series phase () and a parallel phase (). An alternative air system () is also disclosed, in use with a pneumatic conveyor (), that phases between normal series operation and parallel, clog-displacing operation.

Multiphase centrifugal compressor

An illuminating device for archery aiming scopes uses a focused, concentrated light beam to illuminate both the aiming mark and level of the scope. The preferred light source is a high brightness, focused light emitting diode which is mounted so as to project a narrow beam of light down onto the aiming mark from a position above and outside the field of view of the scope. Illumination of the level is achieved by means of multiple reflections of the light beam between the lens and the level, with the result that the bubble of the level brightens when the bow is in the desired vertical orientation. The light source is powered by a battery pack which includes an on-off switch and brightness adjusting variable resistance.

Illuminator for archery aiming scope

Growing community of inventors

Kansas City, MO, United States of America

Kenneth C Jones